DSC2311KL1-R0009

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Pin Configurable/Selectable Oscillators

The DSC2311KL1-R0009 is a pin configurable/selectable oscillator that delivers excellent performance in a variety of applications. This oscillator can be tuned to generate a wide range of frequencies from low frequency to high frequency, making it a versatile solution for many applications.

It features a simple design that enables it to be used in an array of embedded systems and applications. The DSC2311KL1-R0009 features a ceramic base, gold-plated terminals, a metal can, and a metal case body. It also includes a pitch-adjustable terminal that allows users to adjust the pitch of the oscillator in real time, enabling them to create the prefect pitch level for their application.

The working principle of the DSC2311KL1-R0009 is based on a tuning fork concept. This oscillator uses a metal tuning fork that is attached to a drive pulse. When the drive pulse is applied, the metal tuning fork vibrates to create a sine wave that is amplified by the internal circuitry and output to the pins of the oscillator.

The DSC2311KL1-R0009 is an ideal choice for those looking for an oscillator that can be used in a variety of applications. This pin configurable/selectable oscillator is designed to generate frequencies from an extremely low level to an extremely high level, making it a suitable choice for applications such as marine electronics, remote sensing, navigation systems, and radio communications.

It is also suitable for applications such as instrumentation systems, telecommunications systems, consumer electronics, and gaming systems. The DSC2311KL1-R0009 has excellent frequency stability and high temperature stability, making it an ideal choice for applications that require high performance.

Overall, the DSC2311KL1-R0009 is a versatile oscillator that provides excellent performance in a variety of applications. With its highly configurable design, it is a suitable choice for many embedded and consumer electronics projects. It also features a simple design, and excellent frequency and temperature stability, making it an ideal choice for many applications that require high performance.

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